Objectives
This research group investigates fluid flow of complex fluids, rheology and mixing in chemical reactors. The ultimate goal is the application of this fundamental research to the design of innovative chemical reactors from micro- to macro-scales. Major research topics
Development of efficient and stable numerical methods with applications in computational rheology
Fundamental and applied research in mixing, coupling molecular scale phenomena with flow scales
Experimental and numerical investigation of mixing and reaction in micro/meso-sized reactors
Development of efficient composites based on a resilient scaffold material with embedded microfluidic patterns, filled with complex fluids
Investigation of inertial and elastic turbulence
Fundamental and applied research in mixing, coupling molecular scale phenomena with flow scales
Experimental and numerical investigation of mixing and reaction in micro/meso-sized reactors
Development of efficient composites based on a resilient scaffold material with embedded microfluidic patterns, filled with complex fluids
Investigation of inertial and elastic turbulence
TEAM
Alexandre Miguel Prior Afonso
Célio Bruno Pinto Fernandes
Érica Doutel Costa
Fernando Manuel Coutinho Tavares de Pinho
Francisco Galindo Rosales
João Bernardo Lares Moreira de Campos
João Manuel Leite Pimenta Carneiro
João Mário Rodrigues Miranda
José Carlos Brito Lopes
Célio Bruno Pinto Fernandes
Érica Doutel Costa
Fernando Manuel Coutinho Tavares de Pinho
Francisco Galindo Rosales
João Bernardo Lares Moreira de Campos
João Manuel Leite Pimenta Carneiro
João Mário Rodrigues Miranda
José Carlos Brito Lopes
José Daniel Pacheco Araújo
Laura Campo Deaño
Luís Jorge Lima Ferrás
Madalena Maria Gomes de Queiroz Dias
Manuel António Moreira Alves
Margarida Sarmento Cunha Abrunhosa de Brito
Mónica Cristina Ferreira da Silva Filgueiras
Ricardo Jorge Nogueira dos Santos
Laura Campo Deaño
Luís Jorge Lima Ferrás
Madalena Maria Gomes de Queiroz Dias
Manuel António Moreira Alves
Margarida Sarmento Cunha Abrunhosa de Brito
Mónica Cristina Ferreira da Silva Filgueiras
Ricardo Jorge Nogueira dos Santos